The length of it is 4 because the rectangle
Answer:
54.8 Nm
Step-by-step explanation:
Torque is the cross product of the radius vector and force vector:
τ = r × F
Another way to write it is the product of the radius and force magnitudes times the sine of the angle between the vectors.
τ = rF sin θ
Here, r = 0.366 meters and F = 155 Newtons. F is in the +y direction, and r is 15° below the +x axis, so the angle between the vectors is 90° − 15° = 75°.
τ = (0.366 m) (155 N) (sin 75°)
τ = 54.8 Nm
The point of intersection you are concerned with is the left-most of those of the graphed lines. Thus you want the two equatons that both have x-intercepts that are negative. Since the x-coefficient is positive in every case, this will mean the right-side constants of these equations both need to be negative. The appropriate choice is ...
A. 4x - 5y = -5 and 3x + 10y = -20
Answer:
As explained
Step-by-step explanation:
given that D = 2A + B + 3C and S = {A, B, C, D}, C = A − B
for {A, B, D} to be linearly dependent implies that A B and D will have values that not dependent on the sample space C.
if C = A -B is substituted in the original equation, the generated equation, 5A -2B will have values each as against C which is linearly independent.
Also, D will have values that are linearly dependent.
